A gene that causes uncontrollable growth

A gene that regulates cell growth

A gene that stimulates apoptosis in cells

A gene that no longer makes a viable protein

A gene that causes uncontrollable growth

A gene that regulates cell growth

A gene that stimulates apoptosis in cells

A gene that no longer makes a viable protein

Modification of histone lysine residues alters gene expression by changing the affinity between DNA and histones

Modification of chromatin lysine residues alters gene expression by changing the affinity between DNA and chromatin

Modification of histone arginine residues alters gene expression by changing the affinity between DNA and histones

Modification of nucleosome lysine residues alters gene expression by changing the affinity between DNA and histones

None of the other answers

Modification of histone lysine residues alters gene expression by changing the affinity between DNA and histones

Modification of chromatin lysine residues alters gene expression by changing the affinity between DNA and chromatin

Modification of histone arginine residues alters gene expression by changing the affinity between DNA and histones

Modification of nucleosome lysine residues alters gene expression by changing the affinity between DNA and histones

None of the other answers

Increase in transcription/ gene expression

Decrease in transcription/ gene expression

Increase in DNA - lamina association

Decrease in DNA - lamina association

Production and assembly of ribosomes

Increase in transcription/ gene expression

Decrease in transcription/ gene expression

Increase in DNA - lamina association

Decrease in DNA - lamina association

Production and assembly of ribosomes

Any of these could activate a proto-oncogene

Exposure to mutagens

Chromosomal translocations

Gene duplication

Any of these could activate a proto-oncogene

Exposure to mutagens

Chromosomal translocations

Gene duplication

Different exon sequences

Imprinting

DNA methylation

Histone acetytlation

X-chromosome inactivation

Different exon sequences

Imprinting

DNA methylation

Histone acetytlation

X-chromosome inactivation